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Keyes dermal punches create full-thickness skin biopsies in dermatological and general surgical settings. The 1.5mm circular aperture produces uniform sample cores suitable for histologic examination. Straight geometry and compact length support precise positioning on facial and body surfaces.
Features & Benefits
The Keyes dermal punch at 2mm cuts a circular skin biopsy or excision in dermatologic and minor surgical settings. The sharpened circular blade delivers a clean full‑thickness skin sample in a single rotational stroke, and the 102mm body keeps the operator's hand clear of the working tip.
The 3mm Keyes dermal punch cuts a circular skin biopsy or excision at the smallest standard diameter, suited to fine lesion biopsy in dermatology where minimal margin is needed. The sharpened circular blade delivers a clean single‑stroke sample.
A 4mm Keyes dermal punch cuts circular skin specimens for biopsy and minor excisional procedures. The cylindrical cutting edge produces clean, full‑thickness cores with minimal trauma to surrounding dermis. At 100mm overall, the handle gives a stable grip for controlled rotation through the skin.
Keyes dermal punch with 4mm bite creates uniform circular tissue specimens for skin and soft-tissue biopsies. The straight 102mm length supports hand control during punch placement. The circular cutting edge produces clean, consistent tissue cores suitable for histological examination.
The 5mm Keyes dermal punch cuts a circular skin biopsy or excision in dermatologic settings where a wider‑diameter sample is needed than the smaller punches provide. The sharpened circular blade delivers a clean full‑thickness specimen in a single rotational stroke, and the 100mm body keeps the operator's hand clear of the working tip.
Sized at 6mm, the Keyes dermal punch bridges the 5mm and 8mm formats, suited to excisional biopsy and minor lesion removal where the 5mm punch is too small but 8mm exceeds the lesion margin. The sharpened circular blade cuts cleanly in a single stroke.
The Keyes dermal punch produces clean, full-thickness circular skin biopsies for dermatologic and reconstructive workups. A 7mm cutting diameter excises a uniform plug of skin and subcutaneous tissue, and the 4-inch (100mm) overall length gives the surgeon a balanced handle for controlled rotational cutting. The sharpened cylindrical edge yields reproducible specimen margins suited to histologic review.
Sized at 8mm, the Keyes dermal punch cuts the widest standard skin sample in the Keyes family, suited to excisional biopsy of larger lesions where the diameter exceeds the 5mm and 6mm formats. The sharpened circular blade preserves a clean margin in a single stroke.
The Keyes dermal punch delivers a full-thickness circular excision of skin and dermis in biopsy and lesion-removal procedures. The 9mm diameter opening creates a uniform circular wound margin ideal for histopathology without need for secondary trimming. The 100mm straight shaft supports stable, perpendicular punch delivery with minimal twisting.
This lead hand protection for adults features side-mounted tabs on each fingertip, securing the lead apron to the hand during fluoroscopic procedures while maintaining proper positioning for repeated intraoperative X-ray imaging. The 356mm length accommodates adult hand span. Stainless steel tabs resist corrosion from sweat and sterilization.
Scaled for pediatric anatomy, this lead hand offers size-appropriate protection with side-mounted fingertip tabs that secure the lead apron during fluoroscopic examination or intraoperative imaging. The 241mm length aligns with child hand proportions while maintaining consistent positioning for repeated X-ray sequences. Stainless steel construction resists corrosion.
Titanium ligation aids guide sutures beneath blood vessels during vascular dissection and vessel isolation. The curved finger-like end contours to vessel topology, while the 0.4mm hole diameter precisely positions fine suture material. The shallow groove runs sutures without unintended vessel trauma, supporting controlled vascular ligation workflows.
This male Luer slip coupler in white nylon connects fluid lines via a slip‑fit male interface at the back table, sold individually for case‑by‑case stocking. The white nylon body resists chemical attack from prep solutions and irrigation fluids.
This male-to-male Luer slip coupler is fabricated from Kynar PVDF, providing chemical inertness and compatibility with a wide range of irrigation solutions and medications. The luer slip design enables rapid disconnection and reconnection without tool use. Supplied individually for flexible integration into custom sterile field setups.
The McCrea infant urethral sound's 10‑Fr caliber suits slightly larger pediatric ureters during diagnostic sounding and early infant instrumentation. The curved plain tip ensures gentle passage without mucosal trauma. At 178mm, the length provides controlled access during catheterization.
The McCrea infant urethral sound's 12‑Fr caliber bridges early childhood and older pediatric anatomy during diagnostic sounding and graduated instrumentation. The curved plain tip minimizes mucosal trauma during passage. At 178mm, the length supports controlled, atraumatic advancement.
McGivney hemorrhoidal ligators with offset handle geometry and large loading cone design enable single-handed placement of elastic O-rings over hemorrhoidal tissue. The 178mm working length provides reach into the anorectum during proctologic procedures. Offset handle positions the surgeon's hand clear of the optical path during anoscopic visualization.
The Mogan circumcision instrument secures the foreskin during pediatric circumcision, presenting the cutting margin for clean amputation. The pediatric‑sized frame fits infant anatomy, and the integrated design eliminates the need for additional clamps during the procedure.
These McGivney hemorrhoid ligator o‑rings are disposable elastomer bands that deliver elastic compression to hemorrhoid tissue, inducing ischemic necrosis and sloughing. Pack of 100 rings supports high‑volume banding procedures. Consistent elastomer composition ensures reliable, predictable band tension across applications.
This single‑ended Penfield #4 dissector delivers a lightweight, slightly curved working end for atraumatic tissue plane separation. The gentle curvature aids dissection along fascial boundaries without excessive tissue handling. Its 203mm length provides extended reach for deeper surgical exposures.
This Penfield Size 4 dissector delivers precise tissue-plane separation through a gently curved, lightweight design optimized for careful dissection. The single-ended geometry and 203mm length provide reach and control during soft-tissue plane identification. Gentle curve minimizes trauma to adjacent structures during extended dissection sequences.
This replacement blade at 20mm diameter fits the standard finger ring cutter, restoring the cutting edge after wear. The blade is sized to seat in the ring cutter's drive collar, and the sharpened circular edge cuts through ring metal without overheating the surrounding finger tissue.
The #0 root elevator delivers controlled leverage for careful luxation and elevation of teeth during dental extraction and endodontic procedures. Its straight, narrow blade design distributes force along the periodontal ligament, minimizing damage to alveolar bone and surrounding gingival tissue. Engineered for fine intraoperative control, this 150mm instrument is essential for atraumatic root canal access and primary tooth extraction.
The #1 root elevator offers optimal blade geometry for leverage and luxation in routine dental extractions and endodontic access procedures. Its slightly broader profile compared to the #0 variant provides enhanced mechanical advantage while maintaining delicate tactile control around the periodontal ligament and alveolar crest. This 150mm instrument balances power and precision for maxillary and mandibular applications.
The reverse #1 root elevator is angled and offset to approach impacted or angulated roots from alternative vectors, improving access in confined oral spaces and around adjacent teeth. Its specialized geometry reaches roots that standard elevators cannot access comfortably, making it invaluable during complex extractions and endodontic procedures. The 150mm length and reversed blade orientation provide ergonomic control while minimizing trauma to surrounding periodontal and osseous structures.
The #2 root elevator features a wider blade profile for enhanced mechanical advantage during challenging extractions involving deeply impacted or severely compromised roots. This geometry distributes elevation force more broadly, protecting alveolar bone integrity during complex periodontal and endodontic cases. The 150mm straight shaft provides stable control and visibility during delicate work around the gingiva and pulp chamber.
The root elevator #301 is a straight dental instrument designed for controlled elevation and luxation of tooth roots during extraction and oral surgical procedures. Its tapered geometry minimizes tissue trauma while delivering sufficient leverage for tooth removal. Stainless-steel construction ensures durability across repeated sterilization and clinical use. At 145mm length, it provides balanced control and reach.
The flexible 305mm ruler graduated in millimeters and inches measures incision lengths, instrument dimensions, and dressings at the surgical field. The flexible material conforms to curved surfaces during measurement, and the dual graduation supports both metric and imperial reading.
This longer flexible stainless‑steel ruler extends measurement capability to 508mm, supporting documentation of larger anatomical structures and excision specimens. Dual‑unit graduations (millimeters and inches) accommodate varied documentation preferences across surgical teams. The flexible construction facilitates placement around curved surfaces.